I have heard about the concept of the universe being the size of a baseball, but I have yet to review the original source to understand the mathematical reasoning behind it fully.
At this point, however, I am not inclined to accept the idea of a baseball-equivalent size. A pre-Big Bang state, as I understand it, would be an eventless, one- or zero-dimensional state where the notion of a "volume," such as that of a baseball, would not apply. In such a scenario, one- or zero-dimensional energy elements would not occupy space as we conceive it.
Moreover, the pre-Big Bang state, consisting of a density of non-eventful, one- or zero-dimensional energy elements, would logically precede the formation of a singularity. Thus, describing this state as having a baseball-equivalent size seems both irrelevant and misleading.
Indeed, since temperature measures vibration, the assumption of extreme cold implies a state where motion is inhibited.
This aligns with the concept of a non-eventful pre-Big Bang potential state, where gravity draws these non-eventual potential points together to form the pre-Big Bang singularity. This process results in extreme density and temperature under the influence of intense gravitational forces.
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